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Aerospace Defense Supplier Advances Imaging System Tasks
Goodrich and AGI Collaborate on Development of DB-110 Tactical Reconnaissance Mission Planning System
Read MoreWhite Paper: Space Surveillance: Lessons Learned From The Iridium-Cosmos Collision
This paper describes space surveillance and the lessons learned from the Iridium-Cosmos collision
Read MoreImportant Concepts in the Development of the STK Object Model
- May 17, 2017
- Ismir Tufek
- Tech Tip
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STK Engine on Windows and Linux: the NoGraphics Mode Feature
- Dec 22, 2016
- Sylvain Dupont
- Tech Tip
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Q&A “DME: Mission Performance for Hypersonic Systems” Webinar
- Aug 21, 2020
- Mohammad Syed
- Article
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White Paper: Operational Considerations For Improved Accuracy With An IOC Galileo Constellation
Understanding how the signal-in-space error can be managed, and the results of such management are the subject of this paper
Read MoreWhite Paper: Proximity Operations for Space Situational Awareness
- Dan Oltrogge
This paper describes proximity operations for space situational awareness
Read MoreWhite Paper: SSA Sensor Tasking Approach for Improved Orbit Determination Accuracies and More Efficient Use of Ground Assets
This paper describes SSA sensor tasking approach for improved orbit determination accuracies and more efficient use of ground assets
Read MoreU.S. Joint Expeditionary Force
U.S. Joint Expeditionary Force Experiment Benefits from STK Engine Technology from AGI
Read MoreSSA Software Suite (SSS)
Comprehensive Space Operation Center (SpOC) capabilities in an off-the-shelf, enterprise-level software package.
Read MoreSTK Components
Build custom applications on a foundation of STK’s algorithms and capabilities.
Read MoreRevisiting whether STK Engine and STK Components produce the same results
- Jul 27, 2020
- Ismir Tufek
- Blog Post
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White Paper: A Numerical Study Of Orbit Lifetime
We examine how the issues of uncertain atmospheric behavior, selection of an a prior atmospheric density model affect orbital predictions
Read MoreWhite Paper: Approximate Optimal Feedback Guidance For Soft Lunar Landing Using Gaussian Process Regression
In this paper, the lunar landing guidance problem is solved by adopting a particular implementation of dynamic programming, namely optimal feedback.
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